Specifications

·
Engineering Unit Conversion: eu_1419.vee
This program is designed to be merged into an
application program. It provides all the necessary
objects to permit custom EU conversion on any of
the VT1419A’s 64 analog input channels. The program
eufn1419.vee demonstrates how to use this module .... page 154
·
Custom Function Generation: fn_1419.vee
This program is designed to be merged into an
application program. It provides all the necessary
objects to build up to 32 custom functions callable
from VT1419A algorithms. The program eufn1419.vee
demonstrates how to use this module ............... page 156
·
Custom EU and Custom Function: eufn1419.vee
This program operates stand-alone. It is designed to
show how easy it is to generate complicated EU
conversion and Custom C functions by simply
entering channel numbers, function names and
algebraic expressions. Need to convert volts to
pressure or perform a square-root operation? Use
this program to see how easy it is to perform ......... page 158
·
Curve Fitting and EU Generation: regr1419.vee
This program operates stand-alone. It shows how
the Agilent VEE regression tools can be used to
generate a polynomial equation to fit volts and
pressure. The generated equation can then be used in
the eu_1419.vee module for converting volts to
pressure during data acquisition of the VT1419A ..... page 160
·
Interrupt Handling: intr1419.vee
This program operates stand-alone. This is an
example program that shows how to create multiple
threads of operation in Agilent VEE to respond to a
FIFO half-full interrupt. It teaches the concept
of interrupt driven programming. The example
temp1419.vee also incorporates a slightly different
version of interrupt processing that can enhance
learning ...................................... page 161
VEE Programming Examples
About This Chapter
Chapter 5 141
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